Heat resource device based on low-energy nuclear reaction (Chinese)

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Europäisches Patentamt ; 2018

The invention relates to the technical field of new energy sources, and discloses a heat resource device based on a low-energy nuclear reaction. The heat resource device based on the low-energy nuclear reaction is characterized in that only a little of external electric energy is consumed to activate nano fuel in a reactor so that the nano fuel release huge heat energy and light energy. The heat resource device based on the low-energy nuclear reaction is mainly formed by a discharging reaction container, a nano fuel assembly, a pressure container, a control system, an excitation system, an airsupply system, a voltage stabilizer, a heat exchanger, a coolant circulating pump, and a heat-preserving housing. After the device starts the excitation system, the reactor is immediately operated, the reactor releases the energy in a mode of heat mainly, and output energy is far greater than input energy. Excessive ionization radiation is not generated in the precondition of safely outputting the industrial heat energy. After the excessive heat energy produced by the heat resource device is processed by the heat exchanger, hot water or high-temperature high-pressure water vapor is output tothe outside, and can be directly used for industries, such as heating and generating, which need an industrial heat source.

本发明涉及新能源技术领域，是种基于低能核反应的热源设备。其特点是仅消耗少量的外部电能以激活反应器内部的纳米燃料使其释放出巨大的热能和光能。本发明主要由放电反应容器，纳米燃料组件，压力容器，控制系统，激励系统，供气系统，稳压器，热交换器，冷却剂循环泵，保温外壳组成。本设备在启动激励系统后反应器立即开始工作，反应器主要以热的形式释放出能量，且输出的能量远大于输入的能量。在安全输出工业热能的前提下不产生过量的电离辐射。本发明的热源设备产生的多余热能经过热交换器后向外输出热水或高温高压水蒸气，可直接用于供暖和发电等需要工业热源的行业。

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Document information

  • Title:
    Heat resource device based on low-energy nuclear reaction
  • Additional title:
    种基于低能核反应的热源设备
  • Patent number:
    CN109065189
  • Application date:
    2018-08-08
  • Patent applicant:
    WANG ZHE
  • Patent family:
    64678878
  • Author / Creator:
    WANG ZHE
  • Publisher:
    Europäisches Patentamt
  • Year of publication:
    2018
  • Type of media:
    Patent
  • Type of material:
    Electronic Resource
  • Language:
    Chinese
  • Classification:
    IPC:    G21C Kernreaktoren, NUCLEAR REACTORS

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